void Context::GfxUpdate()
{
this->Update();
if( gGFXINIT )
{
gGFXINIT = false;
auto fxi = gfxtarget.FXI();
fx_distort = new lev2::FxShader;
fxstring256 shader_path;
shader_path.format("data/distort.glfx");
fxi->LoadFxShader( shader_path.c_str(), fx_distort );
tek_distort = fxi->GetTechnique(fx_distort,"tek_distort");
assert( tek_distort!=nullptr );
bool ok = fxi->BindTechnique(fx_distort,tek_distort);
assert(ok);
par_mvp = fxi->GetParameterH( fx_distort, "mtx_wvp" );
par_texms = fxi->GetParameterH( fx_distort, "ImageMS" );
par_llctr = fxi->GetParameterH( fx_distort, "LeftLensCenter" );
par_rlctr = fxi->GetParameterH( fx_distort, "RightLensCenter" );
par_lsctr = fxi->GetParameterH( fx_distort, "LeftScreenCenter" );
par_rsctr = fxi->GetParameterH( fx_distort, "RightScreenCenter" );
par_fbosiz = fxi->GetParameterH( fx_distort, "FboSize" );
par_cbufsiz = fxi->GetParameterH( fx_distort, "CompbufferSize" );
par_chromab = fxi->GetParameterH( fx_distort, "chromab" );
assert( par_mvp!=nullptr );
assert( par_texms!=nullptr );
assert( par_llctr!=nullptr );
assert( par_rlctr!=nullptr );
assert( par_lsctr!=nullptr );
assert( par_rsctr!=nullptr );
assert( par_fbosiz!=nullptr );
assert( par_cbufsiz!=nullptr );
assert( par_chromab!=nullptr );
//////////////////////////////////////////
mrt_l = new RtGroup(&gfxtarget,fbo_w,fbo_h,8);
mrt_r = new RtGroup(&gfxtarget,fbo_w,fbo_h,8);
fbo_left = new RtBuffer(mrt_l,ETGTTYPE_MRT0,EBUFFMT_RGBA32,fbo_w,fbo_h);
fbo_left->mClearColor = fvec4(0,0,.1,1);
fbo_right = new RtBuffer(mrt_r,ETGTTYPE_MRT0,EBUFFMT_RGBA32,fbo_w,fbo_h);
fbo_right->mClearColor = fvec4(.1,0,0,1);
//////////////////////////////////////////
}
}
Atom()
{
VL_DEBUG_SET_OBJECT_NAME()
mId = 0;
mAtomType = AT_Unknown;
mCoordinates = fvec3(0,0,0);
mColor = fvec4(1.0f,1.0f,1.0f,1.0f);
mRadius = 0.25f;
mVisited = false;
mVisible = true;
mShowAtomName= false;
/*mAtomName = nothing*/
}
namespace vl
{
inline fvec4 makeColor(unsigned int color)
{
fvec4 c;
c.r() = float(((color >> 24) & 0xFF) / 255.0f);
c.g() = float(((color >> 16) & 0xFF) / 255.0f);
c.b() = float(((color >> 8) & 0xFF) / 255.0f);
c.a() = float(((color >> 0) & 0xFF) / 255.0f);
return c;
}
inline bool isValidColor( const fvec4& color ) { return color.a() >= 0; }
static fvec4 invalid_color = fvec4(0, 0, 0, -1);
static fvec4 black = makeColor(0x000000FF);
static fvec4 white = makeColor(0xFFFFFFFF);
static fvec4 red = makeColor(0xFF0000FF);
static fvec4 crimson = makeColor(0xDC143CFF);
static fvec4 violet = makeColor(0x9400D3FF);
static fvec4 orange = makeColor(0xFFA000FF);
static fvec4 yellow = makeColor(0xFFFF00FF);
static fvec4 gold = makeColor(0xFFD700FF);
static fvec4 green = makeColor(0x00FF00FF);
static fvec4 lightgreen = makeColor(0x90FF90FF);
static fvec4 darkgreen = makeColor(0x006400FF);
static fvec4 olivegreen = makeColor(0x556B2FFF);
static fvec4 blue = makeColor(0x0000FFFF);
static fvec4 darkblue = makeColor(0x00008BFF);
static fvec4 royalblue = makeColor(0x4169E1FF);
namespace vl
{
inline fvec4 makeColor(unsigned int color)
{
fvec4 c;
c.r() = float(((color >> 24) & 0xFF) / 255.0f);
c.g() = float(((color >> 16) & 0xFF) / 255.0f);
c.b() = float(((color >> 8) & 0xFF) / 255.0f);
c.a() = float(((color >> 0) & 0xFF) / 255.0f);
return c;
}
inline bool isValidColor( const fvec4& color ) { return color.a() >= 0; }
static const fvec4 invalid_color = fvec4(0, 0, 0, -1);
static const fvec4 black = makeColor(0x000000FF);
static const fvec4 white = makeColor(0xFFFFFFFF);
static const fvec4 red = makeColor(0xFF0000FF);
static const fvec4 crimson = makeColor(0xDC143CFF);
static const fvec4 violet = makeColor(0x9400D3FF);
static const fvec4 orange = makeColor(0xFFA000FF);
static const fvec4 yellow = makeColor(0xFFFF00FF);
operator fvec4(void) const { return fvec4(v[0][0], v[0][1], v[1][0], v[1][1]); }
